Image Enhancement on Deep Learning Algorithm for COVID-19 Lung X-Ray Classification

Said Thaufik Rizaldi, Mustakim, Inggih Permana, M. Afdal
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Abstract

The Novel Coronavirus Disease 2019 (COVID-19) is continuously a phenomenon that continues to study for its development throughout the world because of its international emergency status. The act of testing by clinical laboratory experts is a preventive effort to reduce the increase in cases. However, the number of experts is minimal compared to the cases. So, with deep learning, we need the best model for classifying lung disease variants that the world of health can utilize. This study applies several image enhancement techniques to the convolutional neural network algorithm ResNet50 architecture, which produces gamma correction as the best image improvement technique in this study with an accuracy of 0.986. These techniques also have a reasonably efficient time and a good loss value.
基于深度学习算法的COVID-19肺部x射线分类图像增强
新型冠状病毒病2019 (COVID-19)由于其国际紧急状态,在全球范围内一直是一个持续研究其发展的现象。临床实验室专家的检测行为是减少病例增加的预防性努力。然而,与案例相比,专家的数量很少。因此,通过深度学习,我们需要最好的模型来分类肺部疾病的变体,以供卫生界使用。本研究将几种图像增强技术应用于卷积神经网络算法ResNet50架构,产生的伽马校正是本研究中最佳的图像增强技术,准确率为0.986。这些技术还具有合理的时间效率和良好的损失值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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